Reer MOSAIC MA4 User manual

MA2 / MA4 QUICK INSTALLATION GUIDE
REER S.p.A. Via Carcano 32, 10153 Torino Italia 8541450 - Rev. 0 - 06/04/2021 1
Tel. [phone] r.a. Fax [phone]
Sito web: www.reersafety.com - email: [email protected]
A) MONTAGGIO MECCANICO - MECHANICAL ASSEMBLY - MONTAGE MECANIQUE - BEFESTIGUNG - MONTAJE MECÁNICO
Le operazioni che seguono devono essere effettuate in assenza di alimentazione.
Fissare alla barra Omega DIN 35mm (EN 5022) un numero di connettori posteriori “MSC” a 5 poli uguale al numero di moduli da
montare (agganciandoli prima in alto). Collegare fra loro i connettori appena montati. Fissare quindi i moduli alla barra ponendo
attenzione a inserire la contattiera posta sul fondo del modulo sul rispettivo connettore. Premere il modulo delicatamente fino a
sentire lo scatto del bloccaggio. Per rimuovere un modulo è necessario tirare verso il basso (utilizzando un cacciavite) il gancio di
arresto posto sul retro del modulo; sollevare quindi il modulo dal basso e tirare.
Do not apply power supply before carry out the following operations.
Fix to the Omega DIN 35mm (EN 5022) the same number of "MSC" 5-pole rear panel connectors as the number of units to be
installed (hooking them at the top first). Connect between them the connectors just mounted. Fasten the units to the rail,
arranging the contacts on the base of the unit on the respective connector. Press the unit gently until you feel it snap into place.
To remove a unit, use a screwdriver to pull down the locking latch on the back of the unit; then lift the unit upwards and pull.
Les opérations suivantes doivent être effectuées en l'absence d'alimentation.
Fixer à la barre oméga DIN 35mm (EN 5022) un nombre de connecteurs arrière "MSC" à 5 pôles égal au nombre de modules à
monter (en les accrochant d'abord en haut). Connectez ensemble les connecteurs nouvellement montés. Fixer ensuite les
modules à la barre en faisant attention d’introduire le contact situé sur le fond du module dans le connecteur correspondant.
Appuyer délicatement sur le module jusqu’à entendre le déclic de blocage. Pour enlever un module, il faut tirer vers le bas (à l’aide
d’un tournevis) le crochet d’arrêt situé à l’arrière du module; puis soulever le module par le bas et tirer.
Die im Anschluss beschriebenen Vorgänge müssen bei unterbrochener Stromversorgung ausgeführt werden.
Befestigen Sie an der DIN 35mm-Omega-Schiene (EN 5022) eine der Anzahl der zu montierenden Module entsprechende Anzahl
von 5-poliger "MSC"-Rücksteckern (zuerst oben einhängen). Verbinden Sie die neu montierten Stecker miteinander. Dann die
Module an der Schiene befestigen und dabei darauf achten, die Kontaktvorrichtung auf dem Boden des Moduls auf den
entsprechenden Verbinder zu setzen. Das Modul vorsichtig einsetzen, bis das Einrasten zu hören ist. Um das Modul zu entfernen,
muss (unter Verwendung eines Schraubenziehers) der Sperrhaken auf der Rückseite des Moduls nach unten gezogen und dann
das Modul von unten angehoben und nach oben gezogen werden.
Las siguientes operaciones se deben llevar a cabo con la alimentación cortada.
Fije a la barra Omega DIN 35mm (EN 5022) un número de conectores traseros "MSC" de 5 polos igual al número de módulos a
montar (enganchándolos primero en la parte superior). Conecte los conectores recién montados. Luego, fijar los módulos en la
barra comprobando la introducción del elemento de contacto, presente en la parte inferior del módulo, en el conector
correspondiente. Ejercer una delicada presión sobre el módulo hasta sentir el chasquido de bloqueo. Para retirar un módulo es
necesario tirar hacia abajo (utilizando un destornillador) el gancho de fijación presente en la parte trasera del mismo; luego, alzar
el módulo desde abajo y tirar.
B) SEGNALAZIONI - STATUS INDICATORS - INDICATEURS- STATUSANZEIGEN - INDICADORESDEESTADO
LED
ON
RUN
IN FAIL
EXT FAIL
SEL0/1
MA2
MA4
CHAN 1/2
CHAN 1/4
GREEN
GREEN
RED
RED
ORANGE
GREEN/RED
OFF
Unit OFF
ON
Unit ON
OFF
if the unit is waiting for the first
communication from the MASTER
FLASHES
if no INPUT or OUTPUT requested
by the configuration
ON
if INPUT or OUTPUT requested by
the configuration
OFF
operation
OK
OFF
operation
OK
Shows the
NODE_SEL0/1
signal table
GREEN
Sensor configured - Normal operation
RED BLINKING
Sensor configured - Fault detected
OFF
Sensor not configured
CONTENUTO IMBALLO
Modulo di espansione ingresso analogico.
La presente guida di installazione.
PACKAGE CONTENTS
Analog input expansion unit.
This quick installation guide.
CONTENUE DE L’EMBALLAGE
Module d'extension des entrées analogiques.
Le présent guide d’installation.
PACKUNGSINHALT
Erweiterungsmodul für Analogeingänge.
Die vorliegende Installierungsanleitung.
CONTENIDO DEL EMBALAJE
Módulo de expansión de entradas analógicas.
La presente guida de instalación.
Per installare e utilizzare in modo corretto e sicuro il modulo, è
NECESSARIO consultare il manuale contenuto all’URL:
MA2
MA4
To guarantee a correct and safe installation and operation of the
module, it isMANDATORY to consult the usermanual contained at URL:
Pour installer et utiliser correctement et en sécurité le module, il est
NECESSAIRE de consulter le manuel d’instruction qui est contenu à l'URL:
Um das Modul korrekt und sicher zu installieren und zu verwenden,
MÜSSEN Sie das unter der URL enthaltene Handbuch konsultieren:
Para instalar y utilizar el módulo de forma correcta y segura, DEBE
consultar elmanual que se encuentra en la URL:
www.reersafety.com/it/en/products/safety-controllers

MA2 / MA4 QUICK INSTALLATION GUIDE
REER S.p.A. Via Carcano 32, 10153 Torino Italia 2
Tel. [phone] r.a. Fax [phone]
Sito web: www.reersafety.com - email: [email protected]
C) MORSETTIERE - TERMINAL BLOCKS - BORNIERS - ANSCHLUSSKLEMMEN - TERMINALES
PIN
SIGNAL
TYPE
DESCRIPTION
OPERATION
1
24VDC
-
24VDC power supply
-
2
NODE_SEL0
Input
Node selection
(see following table)
Input ("type B" according to EN 61131-2)
3
NODE_SEL1
Input
Input ("type B" according to EN 61131-2)
4
0VDC
-
0VDC power supply
MA2
9
24VDC_S1
Output
Sensor 1 connections
Isolated 24VDC power supply for sensor 1
10
IN_S1
Input
4/20mA sensor 1 Input
NEG_S1
0/10V sensor 1 negative input
11
OUT_S1
Output
4/20mA sensor 1 Output
POS_S1
Input
0/10V sensor 1 positive input
12
0VDC_S1
Output
Isolated 0VDC reference for sensor 1
13
24VDC_S2
Output
Sensor 2 connections
Isolated 24VDC power supply for sensor 2
14
IN_S2
Input
4/20mA sensor 2 Input
NEG_S2
0/10V sensor 2 negative input
15
OUT_S2
Output
4/20mA sensor 2 Output
POS_S2
Input
0/10V sensor 2 positive input
16
0VDC_S2
Output
Isolated 0VDC reference for sensor 2
MA4
9
24VDC_S1
Output
Sensor 1 connections
Isolated 24VDC power supply for sensor 1
10
IN_S1
Input
4/20mA sensor 1 Input
NEG_S1
0/10V sensor 1 negative input
11
OUT_S1
Output
4/20mA sensor 1 Output
POS_S1
Input
0/10V sensor 1 positive input
12
0VDC_S1
Output
Isolated 0VDC reference for sensor 1
13
24VDC_S3
Output
Sensor 3 connections
Isolated 24VDC power supply for sensor 3
14
IN_S3
Input
4/20mA sensor 3 Input
NEG_S3
0/10V sensor 3 negative input
15
OUT_S3
Output
4/20mA sensor 3 Output
POS_S3
Input
0/10V sensor 3 positive input
16
0VDC_S3
Output
Isolated 0VDC reference for sensor 3
17
24VDC_S2
Output
Sensor 2 connections
Isolated 24VDC power supply for sensor 2
18
IN_S2
Input
4/20mA sensor 2 Input
NEG_S2
0/10V sensor 2 negative input
19
OUT_S2
Output
4/20mA sensor 2 Output
POS_S2
Input
0/10V sensor 2 positive input
20
0VDC_S2
Output
Isolated 0VDC reference for sensor 2
21
24VDC_S4
Output
Sensor 4 connections
Isolated 24VDC power supply for sensor 4
22
IN_S4
Input
4/20mA sensor 4 Input
NEG_S4
0/10V sensor 4 negative input
23
OUT_S4
Output
4/20mA sensor 4 Output
POS_S4
Input
0/10V sensor 4 positive input
24
0VDC_S4
Output
Isolated 0VDC reference for sensor 4
CONFIGURATION NODE SEL
NODE_SEL0 (PIN 2)
NODE_SEL1 (PIN 3)
NODE 0
0 (or not connected)
0 (or not connected)
NODE 1
24VDC
0 (or not connected)
NODE 2
0 (or not connected)
24VDC
NODE 3
24VDC
24VDC
Refer to the manual for wiring details in the different operation mode
D) CONNESSIONESENSORI-SENSORSCONNECTION-CONNEXIONDESCAPTEURS-ANSCHLUSSDERSENSOREN-CONEXIÓNDESENSORES
If shielded cables are not used or if the shield connection to PE is not properly wired then electromagnetic disturbance could cause signal corruption. A corrupted
signal could lead to unexpected behavior of the module which as a consequence could lead to potentially severe damage to people or things.
If the sensor connections are not correct or if the type of sensor connected to the input is incorrect (for example a voltage sensor connected to a current input
and vice versa), the functionality of the module is not more guaranteed.
Perform a complete system TEST (see "TESTING the system").